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I am kind of lost how to deal with the results of ALRA.
When I process a Seurat object with ALRA I get a new assay. How do I then use the ALRA computed data to do a UMAP or TSNE reduction based on these data? Seems that whatever I do the result of both looks the same as the one produced by the standard pipeline after SCTransform.
I would greatly appreciate a jump start in this matter.
Thanks and best,
Matthias
The text was updated successfully, but these errors were encountered:
If you did what I did and added the imputed data matrix into the data slot of the SCT assay then performed RunPCA and downstream analysis and then were confused about why nothing changed - I can explain. The PCA is dependent of the scaled data and if you did what I did, then the scaled data was not modified at all and thus the PCA and downstream analysis wasn't affected. I can't think of a way to use ALRA and to use SCTransform together (at least correctly for the latter).
The code below is not a solution. This is what I did, which leads to no change due to the reasons I outlined above. This code is meant for reproducibility and clarity.
Dear all,
I am kind of lost how to deal with the results of ALRA.
When I process a Seurat object with ALRA I get a new assay. How do I then use the ALRA computed data to do a UMAP or TSNE reduction based on these data? Seems that whatever I do the result of both looks the same as the one produced by the standard pipeline after SCTransform.
I would greatly appreciate a jump start in this matter.
Thanks and best,
Matthias
The text was updated successfully, but these errors were encountered: